|
|
Oxymat A/S uses two columns with molecular sieves to ensure continuous production. Dry compressed air is blown through a valve to the vessel where the pressure is built to reach 5 to 7 bar(g). Nitrogen is tied to a molecular sieve during the building of pressure, and the oxygen is allowed to pass through to the accumulation tank. While pressure is build in one vessel, the second remains without pressure. A part of the produced gas is used for regeneration of the molecular sieve. For Oxygen, Zeolite type 13X is used. The molecular sieve is fully regenerative and has a life span on to 40.000 operation hours.
|
The entire PSA system can be subdivided into the following:
- Compressed air system (Air compressor, Refrigeration dryer, Air receiver & Filters).
- PSA skid
- Oxygen receiver
- Oxygen boosting & Filling Station (optional)
Optional supplies
- Panel Display with electro galvanized sensor
- Touch Screen with zirconium sensor
- GSM modem for touch Screen
- Medical upgrade kit (Coalescing tower and bacterial filtration)
3D scheme of Oxygen generating system according to ISO 10083
|
- Air compressor
- Refrigeration/adsorption dryer
- Filter package (prefilter & micron filter)
- Coal tower (activated carbon tower & dust filter)
- Air tank
- PSA generator
- Product tank
- Bacterial/sterile filter & active coal filter
- Oxygen pressure reduction box
- Oxygen high pressure compressor
- Filling ramp (backup)
Application/Industries Served
Oxygen based generators are used in areas ranging from glass work, mining and ozone treatment to steel and metal cutting, led and waste water treatment.
Injecting oxygen into waste water treatment basins significantly increase bacteriological survival and regeneration.
